LexJet 11 Mil Blockout PolyGloss is a lay-flat polypropylene with a gray back coat for additional opacity, making it ideal for a multitude of applications. It ... Read More
LexJet 11 Mil Blockout PolyGloss is a lay-flat polypropylene with a gray back coat for additional opacity, making it ideal for a multitude of applications. It ... Read More
LexJet 11 Mil Blockout PolyGloss is a lay-flat polypropylene with a gray back coat for additional opacity, making it ideal for a multitude of applications. It ... Read More
HP Polypropylene is a 190 microns, matte polypropylene film with a water-resistant coating. This media is ideal for indoor and outdoor applications, thanks to a special ink-receptive coating that makes the media water-resistant while allowing it to produce brilliant colors and edge definition.
HP Polypropylene is a 190 microns, matte polypropylene film with a water-resistant coating. This media is ideal for indoor and outdoor applications, thanks to a special ink-receptive coating that makes the media water-resistant while allowing it to produce brilliant colors and edge definition.
HP Polypropylene is a 190 microns, matte polypropylene film with a water-resistant coating. This media is ideal for indoor and outdoor applications, thanks to a special ink-receptive coating that makes the media water-resistant while allowing it to produce brilliant colors and edge definition.
LexJet 11 Mil Blockout Water-Resistant Polypropylene is a lay-flat polypropylene with a gray back coat for additional opacity, making it ideal for a multitude ... Read More
LexJet 11 Mil Blockout Water-Resistant Polypropylene is a lay-flat polypropylene with a gray back coat for additional opacity, making it ideal for a multitude ... Read More
LexJet 11 Mil Blockout Water-Resistant Polypropylene is a lay-flat polypropylene with a gray back coat for additional opacity, making it ideal for a multitude ... Read More
LexJet 11 Mil Blockout Water-Resistant Polypropylene is a lay-flat polypropylene with a gray back coat for additional opacity, making it ideal for a multitude ... Read More